Question

In: Physics

QUESTION 1) Stored Energy changes with separation of the plates (inversely as the square of the...

QUESTION 1) Stored Energy changes with separation of the plates (inversely as the square of the plates move, directly, no change, inversely as the plate separation) QUESTION 2)Electric Field Changes with Voltage of battery (directly, directly as the square of voltage, inversly, randomly) QUESTION 3) Plate charge change with the separation of plates (directly, inversely, randomly, no change) QUESTION 4) Plate charge change with the area of the plate (randomly, inversly, no change, directly) QUESTION 5 Electric field changes with the area of the plates (directly, randomly, no change, inversely) QUESTION 6 Stored energy changes with voltage of the battery (directly as the square of voltage, inversely, no change, directly with voltage) QUESTION 7 Capacitance changes with the area of the plates ( randomly, directly, inversely, no change) QUESTION 8 Plate change with the voltage of the battery (inversely, directly, randomly, no change) QUESTION 9 Capacitance changes with the voltage of battery ( no change , directly, randomly, inversely)

Solutions

Expert Solution

1) We knowt Energy E= Q​​​​​​2​​​/2C or CV​​​​​2/2

We know that C=

For constat Voltage the E is inversely proportional to d

For constat charge the Energy is directly proportional to the distance between plates d

2)We know V= Ed so as V increases E also increases so Electric Field changes directly

3) For constant voltage E is inversely proportional to the distance between plates

Since E is directly proportional to charge on plate we can say that charge is inversely proportional to distance between plates

4) E= for constant E i.e constant voltage the Q and A are inversely proportional to each other

5) E = so as A increases the Electric Field decreases so inversely changes

6) Energy = QV/2 for constant charge the Energy has a direct relationship with V

For constant C the Energy has direct relationship with V​​​​​​2

7) C changes directly with A from formula said above

8) for increase in V the Electric Field increases for constant area increases in electric field increases the Charge so V and Q has a direct relationship

9) For increase in V and constant Q the V and C are in inverse relationship with each other.

Since Q=CV


Related Solutions

For a fixed plate separation and voltage, what happens to the stored energy as the plates...
For a fixed plate separation and voltage, what happens to the stored energy as the plates are brought closer together? Increases It stays the same Decreases For a fixed charge what happens to the capacitance of a parallel plate capacitor if the distance between the plates is increased? Increases It stays the same Decreases For a fixed charge, what would happen to the capacitance of a parallel plate capacitor if the area of the plates were increased? It stays the...
A parallel-plate vacuum capacitor has 7.22J of energy stored in it. The separation between the plates...
A parallel-plate vacuum capacitor has 7.22J of energy stored in it. The separation between the plates is 2.70mm . If the separation is decreased to 1.85mm , a) what is the energy now stored if the capacitor was disconnected from the potential source before the separation of the plates was changed? b) What is the energy now stored if the capacitor remained connected to the potential source while the separation of the plates was changed?
A parallel-plate capacitor with plate separation of 1.0 cm has square plates, each with an area...
A parallel-plate capacitor with plate separation of 1.0 cm has square plates, each with an area of 6.0 × 10 -2 m 2. What is the capacitance of this capacitor if a dielectric material with a dielectric constant of 2.4 is placed between the plates, completely filling them? ( ε 0 = 8.85 × 10 -12 C 2/N ∙ m 2) A)1.3 × 10-12 F B)1.3 × 10-10 F C)64 × 10-14 F D)15 × 10-12 F E)15 × 10-14...
A parallel-plate vacuum capacitor has 8.22 JJ of energy stored in it. The separation between the...
A parallel-plate vacuum capacitor has 8.22 JJ of energy stored in it. The separation between the plates is 3.50 mmmm. Part A If the separation is decreased to 1.80 mmmm, what is the energy now stored if the capacitor was disconnected from the potential source before the separation of the plates was changed? Express your answer in joules. U = ?? J Part B If the separation is decreased to 1.80 mmmm, what is the energy now stored if the...
Which statements are true for two oppositely charged, isolated parallel plates: C=capacitance, U=stored energy (Q and...
Which statements are true for two oppositely charged, isolated parallel plates: C=capacitance, U=stored energy (Q and -Q = charge on the plates). Note: Isolated plates can not lose their charge. a) Inserting a dielectric increases Q. b) True False  Increasing the distance increases the Electric field. c) True False  When the distance is halved, Q stays the same. d) True False  Inserting a dielectric increases C. e) True False  Inserting a dielectric decreases U. f) True False  When the distance is doubled, U increases. g)...
A parallel plate capacitor consisting of square plates is charged. One edge of the plates is...
A parallel plate capacitor consisting of square plates is charged. One edge of the plates is 0.4 (m). When the current is 5 (A), the rate of change of the electric field between the plates is approximately how many V / (m.s). Eo = 8.85x10-12 (SI)
The electrical resistance of a wire varies directly as its length and inversely as the square...
The electrical resistance of a wire varies directly as its length and inversely as the square of its diameter. A wire with a length of 200 inches and a diameter of one-half of an inch has a resistance of 10 ohms. Find the electrical resistance in a 500 inch wire with the same diameter. Group of answer choices 25 ohms 50 ohms 200 ohms 400 ohms
Given gx= 3x-6x+1 find g-1(x) 2. The intensity of light varies inversely as the square of...
Given gx= 3x-6x+1 find g-1(x) 2. The intensity of light varies inversely as the square of the distance from its source. How much farther from the light must an object be moved to receive one-fourth the amount of light it now receives if it is now 2 ft. from the light?
The temperature T at a point (x,y,z) in space is inversely proportional to the square of...
The temperature T at a point (x,y,z) in space is inversely proportional to the square of the distance from (x,y,z) to the origin. It is known that T(0,0,1) = 500. a. [2] Compute T(2,0,0). b. [3] Find the rate of change of T at the point (2,3,3) in the direction of the point (3,1,1). c. [3] What is the maximal rate of change of T at the point (2,3,3)?
Which of the following will increase the number of theoretical plates in a chromatographic separation? Select...
Which of the following will increase the number of theoretical plates in a chromatographic separation? Select all that are appropriate. decrease column packing particle size increase column mobile phase flow rate increase column length change mobile phase to one with a greater analyte diffusion coefficent
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT